The part of a cell that produces proteins are the ribosomes. They are little circles that stick to the Rough Endoplasmic Reticulum and the chlorophyll. Ribosomes are actually proteins themselves.
The ribosome in an animal cell is responsible for protein synthesis. It reads the messenger RNA (mRNA) and helps to assemble amino acids into protein molecules according to the sequence specified by the mRNA.
Protein synthesis, carried out by ribosomes in the cell, is the process that produces the proteins needed for an organism to grow. This process involves the translation of mRNA into a specific sequence of amino acids to form proteins essential for growth and development.
Newly-made proteins destined for secretion are first synthesized by ribosomes on the rough endoplasmic reticulum (ER). The proteins are then transported through the ER and Golgi apparatus, where they undergo post-translational modifications and are sorted into vesicles. These vesicles fuse with the cell membrane, releasing the proteins outside the cell.
Mitochondria in animal Cells, and within both mitochondria and chloroplasts in plant Cells.
Ribosomes, in the animal cell, are sites of protein synthesis. The rough ER produce the proteins, though.
Proteins are assembled on the ribosomes.
produces proteins for the cell
Ribosomes produce the proteins needed in a cell
It's function is to make proteins. The RER has ribosomes embedded in its' membrane and that is what produces its' rough appearance.
ridsomes take care of the protien in the cell
mitochondria ;)
Which is the process by which newly-made proteins are secreted out of an animal cell?
Proteins
in the chloroplasts
a cell produces only the proteins it needs.
In an animal cell that produces hair, the rough endoplasmic reticulum (RER) would be more abundant due to its role in synthesizing proteins, such as keratin, essential for hair structure. Conversely, in an animal cell that stores fat, the smooth endoplasmic reticulum (SER) would be more prevalent, as it is involved in lipid synthesis and metabolism. Both organelles adapt to the specific functions and requirements of the cell type.